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The photorealistic rendering of the transparent effect of translucent objectsis a hot research topic in recent years. A real-time photorealistic renderingand material dynamic editing method for the diffuse scattering effect oftranslucent objects is proposed based on the bidirectional surface scatteringreflectance function's (BSSRDF) Dipole approximation. The diffuse scatteringmaterial function in the Dipo le approximation is decomposed into the productform of the shape-related function and the translucent material-relatedfunction through principal component analysis; using this decompositionrepresentation, under the real-time photorealistic rendering framework ofpre-radiative transmission and the scattering transmission to realize real-timeediting of translucent object materials under various light sources. Inaddition, a method for quadratic wavelet compression of precomputed radiativetransfer data in the spatial domain is also proposed. Using the correlation ofsurface points in the spatial distribution position, on the premise of ensuringthe rendering quality, the data is greatly compressed and the rendering isefficiently improved. The experimental results show that the method in thispaper can generate a highly realistic translucent effect and ensure thereal-time rendering speed.

Real-time Rendering and Editing of Scattering Effects for Translucent Objects